Kenmore West High School
Kenmore West High School is committed to developing knowledgeable, principled, and compassionate young adults through academic, personal, and occupational experiences in preparation for an ever-changing global landscape.
Language
Users
- Kenmore West High School
- Unit 9-Earth in Space
DeLair, James
- Earth Science Overview
- Unit 0-Prologue
- Unit 1-Measuring the Earth
- Unit 2-Minerals, Rocks, and Resources
- Unit 3- The Dynamic Crust
- Unit 4- Weathering, Erosion, Deposition, and Landscapes
- Unit 5-Interpreting Earth's History
- Unit 6- Properties of the Atmosphere
- Unit 7-Weather Systems
- Unit 8-The Water Cycle and Climates
- Unit 9-Earth in Space
- Unit 10-Beyond Planet Earth
- Unit 11-Environmental Awareness
- Online Labs
- Castle Learning
- Regents Review
- IB ESS Overview
- Course Outline and Aims:
- Online Resources
- Course Assessment:
- Reading/Research Link
- Unit 1-Historical Overviews
- Unit 2-Environmental Perspectives
- Unit 3-Ecosystems
- Unit 4-Systems Framework
- Unit 5-Biodiversity
- Unit 6-Conservation of Biodiversity
- Unit 7-Global Warming Issues
- Unit 8-Population Dynamics
- Unit 9-Resources-natural capital
- Unit 10-Energy resources
- Unit 11-Water resources
- Unit 12-Soil Resources
- Unit 13-Food resources
- Unit 14-Succession
- Unit 15-Pollution management
- Unit 16-Practical work
- Unit 17-Extended Essay
- Unit 18-Exam Prep
-
Unit Nine-Earth in Space
What You'll Learn 1:-
How light and telescopes are used to explore the sky.
-
How to identify features on the Moon.
-
What theroies are used to descibe the Moon's origin.
-
How to analyze the motions of the Sun, Earth, and Moon.
Why It's Important 1:The motions of the Sun-Earth-Moon system affect Earth physically, as well as play an important role in our timekeeping system.Key Vocabulary 1:interferometry reflecting telescope refracting telescope spinoff albedo ejecta highland impact crater mare ray regolith rille apogee autumnal equinox ecliptic lunar eclipse perigee solar eclipse summer solstice synchronous rotation vernal equinox winter solstice Key Concepts/Understandings 1:-
Describe electromagnetic radiation.
-
Explain how telescopes work.
-
Describe space exploration.
-
Describe the development of exploration of the Moon.
-
Identify feartures on the Moon.
-
Explain the theories of how the Moon formed.
-
Identify the relative positions and motions of Earth, the Sun, and the Moon.
-
Describe the phases of the Moon.
-
Expalin eclipses of the Sun and Moon.
What You'll Learn 2:-
What the structure and processes of the Sun are.
-
What properties are used to observe adn measure stars.
-
How stars change during their lives and what is left when they die.
Why It's Important 2:The Sun is vital to life on Earth. To understand the Sun, which is a star, it is necessary to understand how all stars function and evolve. Stars are also the building blocks of out galaxy and the source of most elements in the universe.Key Vocabulary 2:chromosphere corona fission fusion photosphere prominence solar flare solar wind spectrum sunspot abslolute magnitude apparent magnitude binary star constellation Hertzsprung-Russell diagram luminosity main sequence parallax black hole nebula neutron star prstar supernova Key Concepts/Understandings 2:-
Explore the structure of the Sun.
-
Describe the solar activity cycle and how the Sun affects Earth.
-
Compare the different types of spectra.
-
Describe star distribution and distance.
-
Classify the types of stars.
-
Summarize the interrelated properties of stars.
-
Explain how astronomers learn about the internal structture of stars.
-
Describe how the Sun will change during its lifetime and how it will end up.
-
Compare the evolution of stary of differnt masses.
-
Last Modified on February 23, 2015